M382152 五、新型說明： 【新型所屬之技術領域】 本創作係錢-概#巾空立赌0設計，尤指一種以 多數柔減片相互卡設拼組成各種具有中空造型之產品者， 得以訓練玩耍者具備3D立體觀念之思考，增進實物之認識， 可廣泛應用在拼圖或類似結構使用。 【先前技術】 籲 f用紙製立體拼圖’如台灣專利第93215926號「紙板中 空立體拼圖構造」，此案之專利構造為以紙板材料製成，並依 物體實際表面之外型分割成許多立體片狀的拼組塊，各拼組 塊設有相互接合的凹凸緣，彼此可與相_拼組塊結合，結 合所有的拼組塊後，即可製成與實際物體表面一致的中空造 形。然而’該板狀拼組塊，其成形為以―大片之加厚紙 板，並以賴壓合喊剪下來’再經由成型之喃、凸模合 ί - 併壓製成固定弧度之板狀拼塊，故其紙質材料並不具有可彎 - 折之柔韌性，因此其整體外型並不具可變性及擴充性，再者 該紙板中空立體拼圖構造，各拼組塊之結合方式，係以對結 合部施加壓力軒涉配合之嵌設方式料結合，故結合後之 成品其結構強度略差仍有鬆脫之虞。 如何使產品多重的可變化性及擴充性，實為本案之重點 目才示。而市場上已有紙片黏貼之各種模型產品，非真實以拼 圖方式結合成，因此其不是益智‘__，只是組合性的模 3 型。 【新型内容】 本創作之主要目的，在提供1料中空立體拼圖，為 —種構件簡潔之柔勃性紙片 幻卿圖構造，令該紙片拼圖 的可彎折不僅可拼組成中空圓形戏 圓办J衣體’亦可以任意變化及擴 充拼組成㈣造狀立體產品，適極為廣泛。 本創作之另目的’在提供一種紙片中空立體拼圖，拼 圖製程簡單迅速，製成品可使消費者自行DIY拼組而增加玩 樂效果，且具高強度的結合構造，製程亦大為簡化使製造成 本降低。 為達上述目的，本創作係以柔桃片所製，並依物體實 I表面之外型’分割成許多單元拼㈣，每―單元拼組片至 夕具有五個結合邊’而各拼組片之各結合邊上至少設有一可 供相互勾合之凸榫或卡槽，並藉.由該此凸榫及卡槽與相鄰的 拼組塊彼此連結’結合所有㈣組塊後，即可製成與實際物 體表面—致的中空造形，並可藉由婦組片之_性製成之 中空拼組物體包括動物、交通工具、建築物、球類、魔術拼 圖球以及本餘舉例具有相連貫雜的地賴形實貌。 本案是依實際物，作三度空間等比例的縮小或放大，在 依其表面作拼組片的分割，並裁切形成多數單元拼組片；各 拼組片表面如經印刷彩色圖案，圖案組合後成一連貫的圖 形，組合後的立體造型將更為逼真、生動，是種益智、娛樂 [.S] 4 M382152 • > 兼具擺飾功能的產品。 本到作之其他_及具體實施例可於以下配合附圖之詳 細說明中，進一步瞭解。 【實施方式】 明參第1、2圖’本創作實施例以製造成-地球模型1 為例’其依地球實際之尺寸及_依三度空間等比例縮小 後，在此表面分割成多數之單元耕組片i 〇，且各單元拼組 片10係由柔韌紙片所製，圖中每一單元拼組片工〇至少具 有五個結合邊，且並於每—諸組片1 0周緣之結合邊上^ 少設有-凸榫11或至少設有—卡槽i 2，且該凸棒工工及 卡槽12係可與相鄰拼組片丄〇之凸榫丄1與卡槽丄2彼此 相互勾組連結，同時該些單元拼組片i◦表面印刷有圖案2 ◦ ’圖案組合後成-連貫的圖形，如第2圖所示，將該多數 單元拼組塊1〇依其上之圖案拼起，係可拼組成一具中空立 體外型之地球模型1本體。 凊同參第3、4圖所示，本實施例中該拼組片1〇之凸 榫11 ’其頂端兩侧設有卡扣部11i ’且卡扣部底緣則内 縮形成有-頸部1 1 2，另該卡槽i 2底邊兩側向__ 成凹溝121 ’且於凹溝121兩側之頂緣則設有一對爽顆 1 2 2 ’同時兩㈣1 2 2間之寬度a係小於凸榫丨丄之愛貝 部1 1 2寬度b’而該頸部1 1 2之寬度b更需小於凹溝工2 1之寬度c;藉此本實施例可採勾扣之方式，使任一於人邊上 ::=U與另一單元摒組片10結合邊上凹溝⑴ 2門二卢1 目互勾組連結(如圖4所示)，由於兩夾顆12 h間之讀a為小於頸部11 2之寬度b，頸部η 2之寬产 =於喻21m1〇 扣固疋。而如將各單元触片1G經由適#的組合後，即可 元成地球模削錄目⑽）之4壞圖構造。 凊參第5、6圖所示，本創作之中空立體拼圖構造，盆 早几拼組片1 ◦可為—平板狀之_料裁切設計（如圖 5、5績示），並#_滅片的可f折之材料特性拼組成 -具多數平面之巾空球體，_亦可雜意及擴充拼組 成不同造形之立體產品。本_之紙片係可由含聚乙稀、聚 丙烯或發賴質賴成具_性之合賴，其不僅具有 高結構強度及耐折度而不易撕破，同時亦具有相當程度之變 形能力，另外本創作可真故_冷壓之方式，將其加 工形成-弧形片體拼組片i 〇a (如圖6、6 A所示），以令 运些多數的弧形片體拼組片丨Qa共同拼組成__中空之 球體。 請參第7圖所示，於本實施例中該拼組片1 〇b，其結合 邊上則5又有兩數個凸榫1 1或卡槽1 2，且該相鄰兩拼組片 1 Ob亦設相同數量且可供彼此相互勾組之凸榫1丄與卡槽 12，藉此可增加本創作拼圖結構之結合強度。 睛再參第8、9圖所示，係為本創作中空立體拼圖構造 另-結合方式之實施例，於本實施例巾該拼組片i ，其結 4之圓弧形凸榫；[係^為—外擴之弧狀凸^ 3，且 “弧狀凸緣113底端兩側形成有—勾緣114，而該拼組 片1 〇c所設的卡槽1 2a於結合邊之内側形成有一空穴1 2 3，且於该空穴底部兩側分別切設有一_^縫12 4，因此本 實施例則可採用插扣之方式，使任-結合邊上弧狀凸緣11 3插扣於鄰側另—拼組片1Qc結合邊空穴12 3之卡縫1 2 4内，使各弧狀凸緣丄丄3之勾緣丄丄4與卡縫丄2 4相 互勾扣固定連結，並依各拼組片丨之形狀或圖案拼組後， 亦可構成一具中空立體外型之地球模型丄A本體（如圖9所 示），於各拼組片1 〇c表面設有圖案2 〇，組合後成一連貫 的圖形。 。月參10A、l〇B圖所示，本實施例係為一中空球體 拼圖之展開圖’於本實例中呈—片成型式拼組片製法，該拼 組片1 Od於結合邊上設有凸榫丄m鄰側上拼組片1 〇d之 卡槽1 2，本實施例中—片式拼組片係由12片正五邊形連結 片及20片正/、邊开;連結片相互連接成，在各連結片之間設有 連結段21 ’於表面設有圖案2 〇，組合後成一連貫的圖形。 藉此可令該些拼組片拼成—與原物相仿的立體中空產品。結 合方法上係制如第4圖巾所示該卡扣部1丨丨之頸部丄丄 2與凹溝121之夾顯12 2相互勾扣的結構方式，彼此結 合成一中空球體的拼圖構造。 M382152 明參1 1 A、1 1β圖所示，本實施例係為—尹空球體 拼圖之展_，於本實财呈W成型式製法，該拼組片i 〇d於結合邊上設有凸榫11與_上拼組1 〇d之卡槽i 2 ’本實施例中十収拼邮係包含Μ正五邊形連結片及 20片正六邊形連糾相互連接成，在各連結片之間設有連结 段21 ’於表面設有圖案2 〇，組合後成一連貫的圖形。藉 此可令該些拼組片拼成—與原物相仿的立體中空產品。結合 方法上係採用如第4圖中所示該卡扣部i ^丄之 : 相互勾扣的結構方式，彼此結合 成一中空球體的拼圖構造。 由上可知’本創作所設結構具有如下實用優點· 圖跳脫2时面之扣，同時在拼成 產°。9夺，_面上印製有各造型圖案’以增加產品之美觀性。 成，其：全：一合成_料㈣ 可任麻㈣嶋叫質所製成，並 設之物體形狀則為包羅萬象，且也因 案所月匕製 種立體變化的造形。 〜、於開發製成各 綜上所述，依前述所揭示之内容， 之預期目的’提供-種紙片中空立體耕圖，具實用::到創作 爰依法提出專利申請。 >、只饧值無疑， 惟以上所述者，僅為本創作之健實施例，當不能用以 限定本創作可實施之範圍，凡習於本業之人摘_可作變 化與修飾’皆應視為不恃離本創作之實質内容。 【圖式簡單說明】 第1圖為本_製成地_型之立體外觀圖。 第2圖為本創作地球模奴元件分解圖。 第3圖為本創作勾扣式拼組片之拼組示意圖。 第4圖為第3圖拼組後之完成圖。 第5圖為平板狀拼組片之正視圖。 第5A圖為平板狀拼紙片之剖視圖。 第6圖為弧形片體拼組片之正視圖。 第6A圖為弧形片體拼組片之剖視圖。 第7圖為本創作勾扣式拼組片之另再-實施例分解圖。 第8圖為本創作插扣式拼組片之拼組示意圖。 第9圖為本創作第8則拼組後之立體外觀圖。 第10A圖為本創作—片成型式拼組片之展開圖。 =1 0B圖為本創作—片成型式拼㈣多邊形連結之示意 第HA圖為本創作十片成型式拼組片之展開圖。 二1 1B圖為本創作十片成型式拼料多邊料結之示意 【主要元件符號說明】 1、1A..地球模型 1 〇 a. ·弧形片體拼組片 M382152 1 Ob、1 Oc、1 Od.. .拼組片 1 1..凸榫 1 2、1 2a..卡槽 1 la..圓弧形凸榫 1 1 1..卡扣部 1 1 2..頸部 1 1 3..弧狀凸緣 1 1 4..勾緣 1 2 1.·凹溝 1 2 2..夾顎 1 2 3..空穴 2 0..圖案 2 1..連結段 1 2 4..卡縫M382152 V. New description: [New technology field] This creation is a design of money-generalization, especially a kind of product with hollow shape, which can be trained by the combination of most flexible tablets. Players have the idea of 3D stereoscopic concepts and enhance the understanding of the real thing, which can be widely used in puzzles or similar structures. [Prior Art] A paper-based three-dimensional puzzle is used, such as Taiwan Patent No. 93215926, "Cardboard Hollow 3D Puzzle Construction". The patented structure of this case is made of cardboard material and is divided into a plurality of three-dimensional pieces according to the actual surface of the object. The assembling blocks are provided with concave flanges which are mutually joined, and can be combined with the phase assembling blocks, and after all the assembling blocks are combined, a hollow shape conforming to the surface of the actual object can be formed. However, the slab-shaped block is formed into a large piece of thick cardboard, which is cut and smashed by a squeaking pressure, and then formed into a fixed-arc plate-shaped block by forming a spur, a punch and a stencil. Therefore, the paper material does not have the flexibility of bending and folding, so its overall appearance is not variability and expandability. In addition, the hollow three-dimensional puzzle structure of the cardboard, the combination of the various blocks, is combined The pressure applied by the department is combined with the embedded method of the material, so the combined strength of the finished product is still slightly loose. How to make the product's multiple variability and expandability is the focus of this case. On the market, there are various models of paper sticking on the market, which are not real and combined in a mosaic manner. Therefore, it is not a puzzle ___, but a modular model. [New content] The main purpose of this creation is to provide a hollow three-dimensional puzzle, which is a kind of simple and flexible paper-like magical figure structure, so that the folding of the paper puzzle can not only be combined into a hollow circular circle. The J-cloth body can also be arbitrarily changed and expanded to form (4) three-dimensional products. The other purpose of this creation is to provide a hollow three-dimensional puzzle of paper. The puzzle process is simple and rapid, and the finished product can make the DIY set by the consumers to increase the play effect, and the high-strength combination structure, the process is greatly simplified and the manufacturing cost is greatly simplified. reduce. In order to achieve the above purposes, the creation is made of soft peach slices, and is divided into a number of unit spells according to the shape of the surface of the object I (four), and each unit is assembled with five binding edges. At least one of the binding edges of the piece is provided with a tongue or a card slot for hooking each other, and the ball and the card slot are connected to each other by the adjacent grouping block, and then all the (four) blocks are combined. It can be made into a hollow shape that is similar to the surface of the actual object, and can be made up of hollow objects such as animals, vehicles, buildings, balls, magic puzzle balls, and the present examples. Connected to the real land. The case is based on the actual object, the three-dimensional space is reduced or enlarged in proportion, and the segmentation according to the surface is divided into pieces, and the majority unit is formed by cutting; the surface of each piece is printed as a color pattern, the pattern After being combined into a continuous pattern, the combined three-dimensional shape will be more realistic and vivid, and it is a kind of puzzle and entertainment [.S] 4 M382152 • > products with the function of decoration. The other and specific embodiments of the present invention can be further understood from the following detailed description in conjunction with the accompanying drawings. [Embodiment] The first and second diagrams of the present invention are based on the production of the Earth model 1 as an example, and the surface is divided into a plurality of parts according to the actual size of the earth and the scale of the third space. The unit cultivating piece i 〇, and each unit splicing piece 10 is made of flexible paper sheets, and each unit of the drawing unit has at least five binding edges, and is arranged at each of the 10 pieces of the periphery. The joint edge is provided with less than - the tenon 11 or at least the card slot i 2, and the bar work and the card slot 12 can be combined with the adjacent tab 1 and the card slot 2 are linked to each other, and the surface of the unit is printed with a pattern 2 ◦ 'pattern combined into a continuous pattern, as shown in Fig. 2, the majority unit is block 1 The pattern on the top is assembled to form a hollow model of the Earth model 1 body. As shown in the third and fourth figures of the ginseng, in the present embodiment, the tenon 11' of the spliced piece 1 ′ is provided with a buckle portion 11i ' on both sides of the top end thereof, and the bottom edge of the buckle portion is retracted to form a neck portion. The portion 1 1 2, the bottom side of the card slot i 2 is __ into the groove 121 ′ and the top edge of the groove 121 is provided with a pair of cool particles 1 2 2 'and two (four) 1 2 2 The width a is smaller than the convex portion of the convex portion 1 1 2 width b' and the width b of the neck portion 1 1 2 needs to be smaller than the width c of the concave groove 2 1; In such a way that any one side of the person::=U is combined with another unit 摒 group 10 on the side of the groove (1), two doors, two latitudes, one eye hook group connection (as shown in Figure 4), due to the two clips 12 The reading a between h is smaller than the width b of the neck 11 2, and the width of the neck η 2 is 于 21m1 〇 疋. For example, if the unit contact piece 1G is combined with the appropriate #, it can be converted into the 4 bad picture structure of the earth mold recording (10). As shown in Fig. 5 and Fig. 6 of the ginseng, the hollow three-dimensional puzzle structure of the creation, the pots and the first few pieces of the slab can be a flat-shaped cut design (as shown in Figures 5 and 5), and #_ The material characteristics of the uncoiled sheet can be composed - the hollow sphere with most planes, _ can also be mixed and assembled to form a three-dimensional product of different shapes. The paper sheet can be made of polyethylene, polypropylene or hair slag, which has the advantages of high structural strength and folding resistance, and has a considerable degree of deformability. In addition, this creation can be done in a cold-pressed manner, and it is processed into a curved-piece piece i 〇a (as shown in Fig. 6, 6A), so that most of the curved pieces can be assembled. The pieces Qa together form a hollow sphere. Referring to FIG. 7 , in the embodiment, the assembled piece 1 〇b has a plurality of convex ridges 1 1 or a card slot 1 2 on the combined side, and the adjacent two spliced pieces are 1 Ob also has the same number of ridges 1 and the card slots 12 that can be hooked to each other, thereby increasing the bonding strength of the puzzle structure. The eye is again shown in Figures 8 and 9, which is an embodiment of the creation of a hollow three-dimensional puzzle structure. In this embodiment, the assembled sheet i has a circular arc-shaped convex shape of the knot 4; ^ is the outer convex arc-shaped convex ^ 3, and "the arc-shaped flange 113 is formed with a hook edge 114 on both sides of the bottom end, and the card slot 12 2a of the set piece 1 〇c is on the inner side of the joint side A hole 1 2 3 is formed, and a slit 12 4 is respectively cut on both sides of the bottom of the hole. Therefore, in this embodiment, a buckle can be used to make the arc-shaped flange 11 3 on the joint-bonding edge. The buckle is fastened to the adjacent side, and the stitching piece 1Qc is combined with the seam 12 2 of the edge hole 12 3 to make the hook edge 4 of each arcuate flange 与3 and the card seam 丄 2 4 hook and fix each other. After being joined and grouped according to the shape or pattern of each piece, the earth model 丄A body (shown in FIG. 9) of a hollow three-dimensional shape may be formed, and the surface of each piece 1 〇c is set. There are patterns 2 〇, combined to form a coherent figure. As shown in Figure 10A, l〇B, this embodiment is a development of a hollow sphere puzzle. In this example, the method of forming a piece is formed. , The splicing sheet 1 Od is provided with a card slot 1 2 on the adjacent side of the embossing m on the adjacent side of the slab m. In this embodiment, the slab-type spliced sheet is composed of 12 pentagon-shaped connecting pieces. And 20 pieces of positive/side opening; the connecting pieces are connected to each other, and a connecting section 21' is provided between each connecting piece to have a pattern 2 于 on the surface, which is combined to form a continuous pattern. The piece is assembled into a three-dimensional hollow product similar to the original one. The combination method is as shown in the fourth drawing towel, and the neck portion 2 of the buckle portion 1 and the groove 121 are pinched 12 2 to each other. The structure of the structure, combined with each other into a hollow sphere of the puzzle structure. M382152 Mingshen 1 1 A, 1 1β map, this example is the exhibition of Yin Kong sphere puzzle _, in this real wealth is W molding method, The splicing sheet i 〇d is provided with a shackle 11 and a card slot 1 〇d on the splicing edge. In this embodiment, the ten splicing splicing system includes a 五 pentagon connecting piece and 20 pieces. The regular hexagons are connected to each other, and a connecting section 21' is provided between the connecting pieces to form a pattern 2 于 on the surface, which is combined to form a continuous pattern. The assembled piece is assembled into a three-dimensional hollow product similar to the original one. The bonding method adopts the fastening portion i ^ 丄 as shown in Fig. 4: the structure of mutual hooking, and the combination of each other into a hollow sphere It can be seen from the above that the structure of the creation has the following practical advantages. The figure is buckled at 2 o'clock, and at the same time it is put into production. 9 wins, _ surface printed with various patterns to increase the aesthetics of the product. Cheng, its: all: a synthesis _ material (four) can be made of hemp (four) 嶋 质 quality, and the shape of the object is all-encompassing, but also due to the shape of the case of the three-dimensional change of the shape of the formation. According to the above-mentioned contents, the intended purpose of the invention is to provide a hollow three-dimensional map of paper, which is practical: to apply for a patent according to law. >, only depreciation is undoubted, but the above is only a healthy example of this creation, when it can not be used to limit the scope of the implementation of this creation, all those who are in the profession can take changes and modifications It should be considered as not detracting from the substance of this creation. [Simple description of the drawing] The first drawing is a three-dimensional appearance of the _formed _ type. The second picture is an exploded view of the elements of the creation of the Earth model slave. The third figure is a schematic diagram of the composition of the creative hook-and-slap type. Figure 4 is a completed diagram of the third figure after grouping. Figure 5 is a front view of the flat panel. Fig. 5A is a cross-sectional view of a flat piece of paper. Figure 6 is a front view of the curved sheet assembly piece. Fig. 6A is a cross-sectional view of the curved sheet piece. Fig. 7 is an exploded view of another embodiment of the creation of the hook-and-loop type. The eighth figure is a schematic diagram of the composition of the creation of the snap-in combination piece. Figure 9 is a three-dimensional appearance of the eighth group after the creation of the creation. Fig. 10A is an expanded view of the creation-sheet forming type assembly piece. =1 0B Picture is the creation of the piece-shaped spelling (four) polygon connection. The HA picture is the development of the creation of ten pieces of the formed piece. 2 1 1B Figure is a schematic diagram of the creation of a 10-piece molding material multi-material knot [main component symbol description] 1, 1A.. Earth model 1 〇a. · Curved sheet assembly M382152 1 Ob, 1 Oc, 1 Od.. .拼片片1 1. Convex 1 2, 1 2a.. Card slot 1 la.. Arc-shaped cam 1 1 1.. Buckle 1 1 2.. Neck 1 1 3 .. arc-shaped flange 1 1 4.. hook edge 1 2 1.·groove 1 2 2.. pinch 1 2 3. hole 2 0.. pattern 2 1.. link segment 1 2 4. Card seam